MultiMotor Series Solutions

 

 

 

 

Control Multiple Motor Types with Zilog Motor
Control Technology
 
To evaluate suitable driving methods for 3-phase BLDC, PMSM, or ACIM motors, Zilog has developed a comprehensive multiple motor type motor control kit that facilitates operation across these motors with differing control strategies so that you can choose a driver scheme that is most suitable for your application.

The MultiMotor Series Development Kit is built to allow an MCU module to be affixed to it for motor control methodology evaluation and development. Zilog’s Z16FMC, Z8FMC16100, and Z8051 MCU modules (sold separately) facilitate selection between terminal or hardware control of the motor and a number of driving schemes for its operation, plus the ability to monitor important motor parameters such as:
 
  • Temperature
  • Speed (RPM for trapezoidal commutation, frequency for sinusoidal commutation)
  • Current
  • Bus voltage
  • Total motor run time for maintenance-scheduling events
  • Direction of shaft rotation
  • Speed control (open or closed loop)
 
Motor Control Methodologies
 
Whichever motor control methodology you employ, monitor it with the following control driving schemes, all of which Zilog supports with corresponding application notes:
 
  • Sensorless 3-phase trapezoidal commutation
  • Hall sensor 3-phase trapezoidal commutation
  • Sinusoidal PWM commutation with Hall sensor feedback
  • Space vector modulation with Hall sensor feedback for BLDC motors
  • Space vector modulation ACIM machine commutation with the V/F principle
  • Single-shunt space vector control/FOC for ACIM using rectangular coordinates
  • Dual-shunt space vector control/FOC for ACIM using polar coordinates
 
Applications
 
  • Three-Phase BLDC Motors
  • Trapezoidal Hall Sensor vs. Sensorless Commutation
  • Space Vector Modulation
  • Field Oriented Control

 

 


 

 

Application Notes and Source Code

• 
Vector Control of a 3-Phase AC Induction Motor Using the ZNEO
Z16FMC MCU (AN0378, AN0378-SC01)
• 
Space Vector Modulation of a 3-Phase AC Induction Motor with the
Z16FMC MCU (AN0376, AN0376-SC01)
• 
Three-Phase Hall Sensor BLDC Driver Using the
Z51F3220 MCU (AN0371, AN0371-SC01)
• 
Sensorless Brushless DC Motor Control with the
Z8FMC16100 MCU (AN0370, AN0370-SC01)
Space Vector Modulation of a 3-Phase AC Induction Motor with the
Z8FMC16100 MCU (AN0369, AN0369-SC01)
• 
Three-Phase Hall Sensor BLDC Driver Using The
Z8FMC16100 MCU (AN0368, AN0368-SC01)
BLDC Motor Control Using Sensored Sinusoidal PWM Modulation
with the Z8FMC16100 MCU (AN0367, AN0367-SC01)
• 
Three-Phase Hall Sensor BLDC Driver Using
The Z16FMC MCU (AN0356, AN0356-SC01)
Three-Phase Hall Sensor BLDC Driver Using The Z16FMC MCU (AN0356, AN0356-SC01)
BLDC Motor Control Using Sensored Sinusoidal PWM Modulation
with the Z16FMC MCU (AN0355, AN0355-SC01)
Space Vector Modulation of a 3-Phase AC Induction Motor with the
Z16FMC MCU (AN0354, AN0354-SC01)
Sensorless Brushless DC Motor Control with the Z16FMC MCU (AN0353, AN0353-SC01)

 

MultiMotor Development Kit Block Diagram

 

 

Resources & Documentation

 

Resources Documentation
Order Samples Product Briefs (PB0229, PB0166, PB0239)
   
Product Information
(Z16FMC MCU, Z8FMC16100 MCU, Z513220 MCU)
Product Specifications (PS0287, PS0246, PS0299)
   
Development Kit User Manual (UM0262)
   
Technical Support Zilog Motor Control Technologies (PB0255)
   
MCU Modules  
   
Zilog Forum  
   
   

 

 

 

 

 

 

 

   

 

 




 

 
 

 

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